Boulder, CO, United States of America

Charles F Morrison Jr


Average Co-Inventor Count = 1.0

ph-index = 1

Forward Citations = 31(Granted Patents)


Company Filing History:


Years Active: 1989

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1 patent (USPTO):Explore Patents

Title: Innovator Spotlight: Charles F. Morrison Jr.

Introduction

Charles F. Morrison Jr. is a distinguished inventor based in Boulder, CO, known for his innovative contributions to the field of pressure measurement. With a focus on enhancing accuracy in gas pressure readings, Morrison has made significant strides in developing technology that compensates for temperature fluctuations.

Latest Patents

Morrison holds a patent for his invention titled "Temperature Compensation for Pressure Gauge." This innovative device measures the density of gas in a vacuum system while integrating temperature compensation. By considering the actual gas temperature in the gauge alongside the calibration temperature, Morrison's patent ensures that pressure readings are accurate and reliable. The calibration process includes measuring gas temperature in real-time and utilizing a microcomputer to compute adjustments, leading to a more effective gauge output current.

Career Highlights

Throughout his career, Charles F. Morrison Jr. has been affiliated with Granville-Phillips Company, where his expertise continues to influence advancements in pressure measurement technology. His dedication to research and development has propelled his work into practical applications, making a noteworthy impact on various industries relying on precision in gas measurements.

Collaborations

Morrison's work at Granville-Phillips Company emphasizes collaboration with fellow inventors and engineers to refine and improve measurement technologies. His approach fosters an environment of innovation, shaping the future of pressure gauges and instrumentation.

Conclusion

Charles F. Morrison Jr. exemplifies the spirit of innovation through his patented technology, which enhances the accuracy of pressure measurements in a world where precision is paramount. His contributions continue to influence the field, demonstrating the importance of addressing temperature variables for reliable gas density readings.

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